Our Product / Services
Our product range contains a wide range of Portable Temperature Indicator, Hybrid Recorder, vibration analyzer, liquid ultrasonic level meter and Sankyo Solids Flow Meters
Description
RM10C is 100mm calibrated hybrid recorder in a 144x144 DIN front panel and short depth of 150mm case housing. The recorder has versatility of universal input and scale in wide ranges and flexibility of user-reconfigurable unique functions. RM10C offers 1, 2 continuous pen and 6 dot point models.
Description
The operating principle of ultrasonic level instrument is that high-frequency ultrasound pulses transmitted by the transducer (probe) are reflected when meeting the dielectric surface to be measured, and part of the reflected echoes are received by the same transducer and converted into electrical signals. An ultrasonic pulse propagates at the speed of sound, and the time interval of transmitting and receving ultrasound pulses is proportional to the distance between the transducer and the dielectric surface to be measured. The relation between this distance value S, the speed of sound C and the transmission time T can be expressed using the formula: S = CxT/2.The transmitted ultrasonic pulses have a certain width that result in overlap of the reflected waves within a small area closer to the transducer with the transmitted waves, so it is impossible to identify them and measure its distance value. This area is called the blind zone. The size of blind zone is relates to the model of ultrasonic level instrument.
With advanced microprocessor and unique EchoDiscovery echo processing technology, the radar level instrument can be applied to various complex working conditions.The Virtual Echo Learning function enables the instrument to correctly identify true echo in the working conditions where there are multiple virtual echoes to obtain correct measurements.The transducer has a built-in temperature sensor which can provide temperature compensation for the measured values.With the best patented technology of acoustic matching, the ultrasonic transducer can radiate its transmitting power more effectively and improve signal intensity to achieve accurate measurements.
Liquid level measurement in all indurstrial sectors, especially in water treatment industry.
Description
The Impactline Flowmeter (inferential type) was first put on the world market by US in 1968 as the impact type flowmeter for powder and bulk solids. Since it has been applied to virtually all kinds of industrial processes in the chemical, cement, mining, ore refining, Iron & Steel, food processing, medical drug, water treatment, refuse treatment, environmental pollution prevention and other industries.
Today, the Impactline Flowmeter is supported by a global sales network, and sound setups are presently being established in all parts of the world for its sale and after-delivery service.
All kind of powder and bulk solids measurable:Proven performances involve the handling of various kinds of materials including carbon black, fine ceramics, slaked lime, coal and limestone.
SPECIFICATIONS
|
Series |
ILE |
ILC |
ILH |
ILS |
ILO |
|
Range of Measurement |
0-50 kg/h |
0-500 kg/h |
0-300 kg/h |
25-120 t/h |
0-50 kg/h |
|
Sensing Plate |
Standard type, lining type, exchange type, hammering type and rotary type, air slide type is applicable to ILE-37 |
Standard type, lining type & exchange type |
Standard type, lining type, exchange type, hammering type and rotary type |
Standard type and Exchange type |
Standard type and lining type |
|
Flow guide and flow stabilizer |
Standard type and special type |
Standard type |
Standard type and special type |
Standard type |
Standard type and special type |
|
Accuracy% |
0.5~3 |
1~3 |
- |
0.5~2 |
- |
|
Application |
Applicable to very wide range, Totally-enclosed |
Low height of naturally falling, Totally-enclosed |
Applicable to very wide range, Air purging is necessary |
Applicable to rather wide range, Totally-enclosed |
Low flow rate, Air purging is necessary |
|
Price |
Normal |
Low |
Normal |
Low |
Normal |
Optical Pyrometer is used for non-contact measurement of high temperatures of incandescent objects in the range 800°C to 1500°C.
The temperature measurement makes use of visual comparison between the brightness of an electrically heated and calibrated incandescent filament (reference light bulb) in the Optical Pyrometer and that of the object to be measured. Once the brightness becomes same, the filament seems to disappear and the Temperature can be read on the LCD display.
Optics, bulb and basic mechanical design of the original Optical pyrometer PYROPTO has been maintained but rechargeable batteries and electronic is added. The evaluation of temperature data is performed using a single chip microprocessor. In addition to displaying the measured temperature in degrees Celsius, the four-digit LCD display indicates the status of the re-chargeable battery, which is supplied with the unit. The device is equipped with a memory to indicate the last measured temperature data.
Due to its appropriate design, the simple measuring principle used and the convenience of its operation, high accuracy measurements can also be carried out even by less skilled operators. An additional advantage is the suitability for carrying out measurements on very small surfaces of upto 2 mm diameter at a measuring distance of 60 cm.
Description
The ultrasonic level meter is designed specifically for short range measurement of liquid levels. Its simple construction with no converter required lends to ease of installation and wiring and improved maintainability. Dedicated software is installed so that the level meter is ready for highly accurate measurement after simply entering required parameters. The instrument fulfills its function even in severe environmental conditions where corrosive gas or vapor is generated.
Description
The Microwave Flow Monitor is a solid flow sensor with the microwave technology. It can monitor the relative balance of flow rates in multiple bran chpipes divided from a main pipe and since the total flow rate of branch pipes and the one of a main pipe are monitored, it is possible to check the balance of flow rate and control the flow rate. Also it can be applied to various solids and since there is no protrusion inside pipe, no clogging will occur. Further it can be used for the various applications such as a combustion boiler, a blending bin and a distribution system.
Makhupura, Ajmer, Rajasthan 